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File:Appraising Your Programming Skills.pdf Slides for Summer School 2010 "Preschool" talk #3: Appraising Your Programming Skills(2.09 MB) - 11:04, 1 June 2010File:Programming the Cell Multiprocessor.pdf "Programming the Cell Multiprocessor: A Brief Introduction" slides (originally prese(2.75 MB) - 13:40, 30 July 2009File:Seminar-Appraising Your Programming Skills.jpg Screen cap from "Appraising Your Programming Skills" online seminar.(320 × 240 (32 KB)) - 13:46, 10 June 2010
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- Pages related to parallel programming language.0 members (0 subcategories, 0 files) - 22:43, 18 September 2014
File:Seminar-Appraising Your Programming Skills.jpg Screen cap from "Appraising Your Programming Skills" online seminar.(320 × 240 (32 KB)) - 13:46, 10 June 2010File:Hello run.png Screenshot of compile + run of serial "Hello, world!" program(503 × 106 (13 KB)) - 10:51, 7 April 2009File:XLogo.png The xlogo program running remotely from a unix server on a Windows desktop(123 × 134 (5 KB)) - 19:22, 21 August 2009- [[Dedicated Programming Support Projects]]80 B (10 words) - 14:49, 7 October 2010
File:NXClient-4.png ...tant! Always log out of NX Client sessions this way! Don't just close the program.(340 × 326 (57 KB)) - 19:51, 21 August 2009File:Appraising Your Programming Skills.pdf Slides for Summer School 2010 "Preschool" talk #3: Appraising Your Programming Skills(2.09 MB) - 11:04, 1 June 2010File:StrongScalingPlot.jpg ...a plot that illustrates the parallel scaling efficiency of a hypothetical program on 3 different HPC clusters.(400 × 400 (33 KB)) - 15:39, 12 February 2010File:SPMD model.png Conceptual illustration of SPMD programming model, with conditional branching controlling divergent behaviour betwe(626 × 171 (15 KB)) - 11:37, 7 April 2009File:Programming the Cell Multiprocessor.pdf "Programming the Cell Multiprocessor: A Brief Introduction" slides (originally prese(2.75 MB) - 13:40, 30 July 2009File:Catchsigdemo2.png Screenshot of program output from signal catching demo (originally developed for use in Signal Ha(505 × 367 (22 KB)) - 11:52, 2 September 2009- ==Serial Program== ==Parallel Program==8 KB (1,227 words) - 17:08, 31 October 2017
- ...all modules, load the required ldwrapper module (which is needed for your programs to work when submitted using sqsub), and the the modules you need to use, == Compiling Programs Using CMake With Boost ==15 KB (2,295 words) - 10:05, 6 June 2019
- program mainp1 program fortran_zdotc18 KB (2,589 words) - 10:29, 6 June 2019
- '''Valgrind''' is a powerful tool for analyzing programs, memory debugging, memory leak detection and profiling. It is freely avai ...ables to add instrumentation and track all memory and register usages by a program. The advantages of this approach are that17 KB (2,570 words) - 10:41, 6 June 2019
- even basic cuda test program fails with 10. Try the example programs provided with the source code, found in the ''examples'' subdirectory of y9 KB (1,345 words) - 10:37, 6 June 2019
- High Performance Computing Programming Specialist PROGRAMMING_MODE = DISTRIBUTED_MPI9 KB (1,199 words) - 16:48, 6 November 2019
- ...ecific set of the internal packages into scope and then run the approriate program. ...ressions, which are written in the Nix language. The <code>nix-repl</code> program can be used to interactively experiment with the Nix language.21 KB (3,082 words) - 21:12, 12 December 2018
- ...when using the mpfun90/20100825 (or newer sharcnet modules) when the main program contains "use mpmodule" its necessary to include "$MPFUN90_ROOT/toolkit/mpm This example shows how to compile and run the program <i>factorial_100.f90</i> using the 2010 sharcnet mpfun90 module only:26 KB (2,690 words) - 10:30, 6 June 2019
- |package_description=Suite of programs for transient dynamic finite element program ===Running and Queued Programs===26 KB (3,623 words) - 10:25, 6 June 2019